1. Input voltage range: 22-60 VDC (for 24 V AC wind turbine) / 45-90 VDC (for 48 V AC wind turbine)2. Output voltage: 110 / 230v automatic detection output voltage range: 95-140v / 185-265v3. The function of the limiter is to provide as much power as the load needs and it will not feed the excess power into the grid. The inverter integrates an anti-backflow function. This function is used to quickly adapt the inverter output to the output of the user's electrical equipment and the output of the photovoltaic module in order to prevent the output of the inverter from being fed into the grid. This function is optional. When purchasing an inverter with non-return valve, we add a suitable current transformer to the accessories package, which is required for normal use of the non-return valve. About the input voltageDC or 45-90 V. The DC input range of the wind inverter, the test point should be on the DC side of the built-in rectifier of the inverter, but you can calculate from 3 phases the AC output voltage of the wind turbine to get the DC voltage Formula is Vac = Vdc / 1.732. For example, if the DC input voltage range of the inverter is 45 to 90V, the AC output range of the wind turbine should be 45 / 1.732 to 90 / 1.732 = 26V to 52V. The wind inverter must work with a 3-phase AC wind turbine. There should be 3 wires away from the wind turbine. If the wind turbine is used to charge a 24V battery, please choose a 22-65V inverter. When the wind turbine is used to charge the 48V battery and the highest voltage below 65V, please choose the inverter 22-65V. When the highest voltage of the 48V wind turbine is above 65V and below 90V, please choose a 45-90V inverter.